To study and understand the motion of objects in space, students need to build a foundation of knowledge in a wide variety of physical science phenomena. This program demonstrates typical mechanics situations common to many physics courses, such as circular motion, projectile motion, straight line motion, and inclined plane motion. Describing these motions in terms of forces and energy transfers, the video examines the topic of motion using a series of large-scale, real-world examples. In the process, it deals with issues such as uncontrolled variables of nonuniform friction and subsequent energy loss. Each topic is illustrated through detailed analysis, discussion, and visuals.
To study and understand the motion of objects in space, students need to build a foundation of knowledge in a wide variety of physical science phenomena. This program demonstrates typical mechanics situations common to many physics courses, such as circular motion, projectile motion, straight line motion, and inclined plane motion. Describing these motions in terms of forces and energy transfers, the video examines the topic of motion using a series of large-scale, real-world examples. In the process, it deals with issues such as uncontrolled variables of nonuniform friction and subsequent energy loss. Each topic is illustrated through detailed analysis, discussion, and visuals.
General Note
Encoded with permission for digital streaming by Infobase on Aug. 19, 2009.
Learn360 is distributed by Infobase for Films for the Humanities & Sciences, Cambridge Educational, Meridian Education, and Shopware.
Content Note
Force and Movement (3:07) -- Newton's Three Laws of Motion (5:20) -- Projectile Motion, Circular Motion, and Centripetal Force (4:10) -- Principles of Motion: Review (4:40).